Biomedical Engineering Reference
In-Depth Information
. 31.. Gonzalez-Melendi,. P.,. et. al.,. Nanoparticles. as. smart. treatment-delivery. systems. in. plants:.
Assessment.of.different.techniques.of.microscopy.for.their.visualization.in.plant.tissues,.
Annals
of Botany
,.101(1),.187.(2008).
. 32.. Corredor,.E.,.et.al..Nanoparticle.penetration.and.transport.in.living.pumpkin.plants:.
In situ
.sub-
cellular.identiication,.
BMC Plant Biology
,.9(45),.(2009).(http://www.biomedcentral.com/1471-
2229/9/45).
. 33.. Liu,.Q.,.et.al.,.Carbon.nanotubes.as.molecular.transporters.for.walled.plant.cells,.
Nano Letters
,.
9(3),.1007.(2009).
. 34.. Khodakovskaya,.M.,.et.al.,.Carbon.nanotubes.are.able.to.penetrate.plant.seed.coat.and.dramati-
cally.affect.seed.germination.and.plant.growth,.
ACS Nano
,.3(10),.3221.(2009).
. 35.. Canas,.J.E.,.et.al.,.Effects.of.functionalized.and.nonfunctionalized.single-walled.carbon.nanotubes.
on.root.elongation.of.select.crop.species,.
Environmental Toxicology and Chemistry
,.27(9),.1922.(2008).
. 36.. Hong,. F.H.,. et. al.,. Inluences. of. nano-TiO
2
. on. the. chloroplast. aging. of. spinach. under. light,.
Biological Trace Element Research
,.104(3),.249.(2005).
. 37.. Lundin,.K.E.,.et.al.,.Nanotechnology.approaches.to.gene.transfer,.
Genetica
,.137,.47.(2009).
. 38.. Sanford,.J.C.,.The.development.of.the.biolistic.process,.
In Vitro Cellular and Developmetal Biology.
Plant
,.36,.303.(2000).
. 39.. Liu,.J.,.et.al.,.Preparation.of.luorescence.starch-nanoparticle.and.its.application.as.plant.trans-
genic.vehicle,.
Journal of Central South University of Technology
,.15,.768.(2008).
. 40.. Wilson,. S.R.,. Transformation. Nanotechnologies. LLC. (www.transformationnanotechnologies.
com).. Flinn,. B.,. IALR's. Institute. for. Sustainable. and. Renewable. Resources. (ISRR). (http://
www.ialr.org/research/isrr).
. 41.. Tripathi,.S.K.M.,.Kumar,.M.,.and.Kedves,.M.,.Advantages.of.the.use.of.C60.fullerene/benzol.
solution. in. ultrastructure. investigations:. A. case. study. of.
Cycas rumphii
. Miq.. Pollen,.
Current
Science
,.87(6),.769.(2004).
. 42.. Kovalchuk,. I.,. and. Kovalchuk,. O.,. Transgenic. plants. as. sensors. of. environmental. pollution.
genotoxicity,.
Sensors
,.8,.1539,.(2008).
. 43.. Mazarei,. M.,. et. al.,. Pathogen. phytosensing:. Plants. to. report. plant. pathogens,.
Sensors
,
8,.
2628.(2008).
. 44.. Paul,. A.L.,. et. al.,. Deployment. of. a. prototype. plant. GFP. imager. at. the. Arthur. Clarke. Mars.
Greenhouse.of.the.Haughton.Mars.Project,.
Sensors
,.8,.2762.(2008).
. 45.. Ankamwar,.B.,.et.al.,.Biosynthesis.of.gold.and.silver.nanoparticles.using.
Emblica oficinalis
.fruit.
extract,.their.phase.transfer.and.transmetallation.in.an.organic.solution,.
Journal of Nanoscience
and Nanotechnology
,.5(10),.1665.(2005).
. 46.. Parikh,.R.Y.,.et.al.,.Extracellular.synthesis.of.crystalline.silver.nanoparticles.and.molecular.evi-
dence.of.silver.resistance.from.
Morganella
.sp.:.Towards.understanding.biochemical.synthesis.
mechanism,.
Chembiochem
,.9(9),.1415.(2008).
. 47.. Sastry,. M.,. et. al.,. Biosynthesis. of. metal. nanoparticles. using. fungi. and. actinomycete,.
Current
Science
,.85(2),.162.(2003).
. 48.. Sathishkumar,.M.,.et.al.,.Cinnamon.zeylanicum.bark.extract.and.powder.mediated.green.syn-
thesis. of. nano-crystalline. silver. particles. and. its. bactericidal. activity,.
Colliods and Surfaces B:
Interfaces
,.73(2),.332.(2009).
. 49.. Lin,. S.,. et. al.,. Effects. of. quantum. dots. adsorption. on. algal. photosynthesis,.
Journal of Physical
Chemistry C
,.113(25),.10962.(2009).
. 50.. Das,. R.,. et. al.,. Integration. of. photosynthetic. protein. molecular. complexes. in. solid-state. elec-
tronic.devices,.
Nano Letters
,.4(6),.1079.(2004).
. 51.. Ciesielski,.P.N.,.et.al.,.Functionalized.nanoporous.gold.leaf.electrode.ilms.for.the.immobiliza-
tion.of.photosystem.I,.
ACS Nano
,
2(12),.2465.(2008).
. 52.. Knauer,.K.,.and.Bucheli,.T.,.Nano-materials—The.need.for.research.in.agriculture,.
Agrarforschung
,.
16(10),.390.(2009).